105results about How to "Orderly operation" patented technology

The invention discloses a full-automatic drilling and grinding processing production center of tong heads. The full-automatic drilling and grinding processing production center comprises a material falling assembly at the most front end and further comprises a drilling assembly and an automatic grinding disc assembly which are sequentially connected with the material falling assembly; and the material falling assembly and the drilling assembly are smoothly transitioned through a feeding groove. Automatic collection of tong bodies is achieved through a spiral vibration disc in the material falling assembly and a gravity free return technique, and then automatic positioning drilling is conducted; and after secondary gravity free return, the tong bodies automatically enter a grinding disc toenable the peripheries of the tong heads to be ground. According to the full-automatic drilling and grinding processing production center of the tong heads, through the self-weight characteristic andthe gravity effect of tongs, the tong bodies are orderly put conveniently, the processing procedures are reduced, and technological support is provided for efficient production; and automatic orderingand discharging, automatic drilling and automatic tong head grinding are achieved, automatic processing production is facilitated, the labor efficiency is improved, the labor intensity is relieved, and the economic benefit is increased.

The invention discloses an intelligent process for a lead-acid storage battery. According to the process, special devices such as a terminal connector, a storage battery upper cover and a measurement circuit board are adopted and are combined with a unique operation technology, so that close fusion and engagement of the intelligent process and a common storage battery production process are achieved; the operation is convenient and fast; the process is specified; the connection between the measurement circuit board and positive and negative terminals is continuous, firm, safe and durable; and the production efficiency and the product quality are greatly improved.

The invention discloses an assembly line for automobile seats. The assembly line comprises a working table and conveying chains arranged on two sides of the working table; a sliding rail set assembly station, a seat cushion set assembly station, a backrest set assembly station, a guard plate and safety belt lock catch assembly station, a headrest assembly station, a harness sorting station, a first switch-over station, a transition station, a second switch-over station, an appearance and function detection station, a repair station and a packing station are sequentially arranged on the working table; the side part of the first switch-over station is provided with a sound insulation detection conveying working table which is located on one side of a sound insulation detection chamber; the other side of the sound insulation detection chamber is provided with a sound insulation detection output working table which leads to the second switch-over station; and the assembly line further comprises an assembly base which is arranged on the conveying chains and can realize conveying for each station of seat assembly. By adopting the assembly line for the automobile seats disclosed by the invention, the labor intensity is lowered; the working efficiency is improved; and the operation is ordered, error or neglected assembly do not easily happen, so that the assembly quality of the seats can be ensured.

A digital-controlled slasher mixing vessel comprises a vessel body of the mixing vessel and is characterized in the the vessel body is provided with a weighing hopper used for material feeding, the weighing hopper is connected to a plurality of material feeding boxes through conveying pipes; the entire digital-controlled slasher mixing vessel comprises the vessel body, the material feeding boxes and the weighing hopper; the digital-controlled slasher mixing vessel is further provided with a plurality of sensors and actuating valves are connected to a single-chip microcomputer; procedures of loading material, feeding water, mixing and discharging slurry are adjusted and controlled through a microcomputer automatically. Since the sensors are connected with the microcomputer through a single-chip microcomputer adjusting program, during usage, the whole procedures of loading material, weighing, feeding material, mixing and discharging slurry are adjusted and controlled through set programs by the single-chip microcomputer automatically. The digital-controlled slasher mixing vessel has the advantages that design is scientific, operation is simple, the whole procedures are accurate and reliable, product quality can be improved, and production cost can be reduced.